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In canine mammary cancer cells (CMA07, CMT‑U27), the anti‑influenza sialidase inhibitor oseltamivir phosphate impaired sialidase activity and increased overall sialylation, including α2,6‑linked terminal structures and SLeˣ. Surprisingly, oseltamivir stimulated CMT‑U27 cell migration and invasion in a dose‑dependent manner in vitro. In nude mouse xenografts, oseltamivir treatment led to increased lung metastases. The authors conclude that despite its antiviral utility, oseltamivir may increase mammary tumor aggressiveness by altering the sialylation pattern, raising a cautionary note for its use in cancer patients.
Fig. 1 Cell growth, cell viability and programmed cell death following oseltamivir treatment. (de Oliveira JT, et al., 2015)
References
A Pickering water‑in‑oil emulsion was fabricated where molten glycerol monostearate crystallized at water droplet surfaces, forming protective solid shells. Sodium chloride, sodium citrate, and the anticancer agent oseltamivir phosphate were encapsulated as models. All actives showed near‑linear release over 30 days. Release could be modulated by adding Span 80 above its critical micelle concentration. Released oseltamivir significantly reduced viability of PANC‑1 pancreatic cancer cells for up to 30 days. This injectable platform provides sustained release of small hydrophilic molecules for weeks to months.
Fig. 2 Formulation of W/O monoglyceride stabilized Pickering emulsions. (Wood K, et al., 2018)
References
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